Design And Application Of Yangquan Power Grid Dispatching Visualization Early Warning System

In the case of regional integration increases of the regional power system and energy mix imbalance, operation of the power system has become more complicated confusion, and there has been a lot of new problems, so researchers need to focus on the operation of the respective power grid Data. However, the current EMS system is on trend charts in digital form, in accordance with the time node to refresh the data grid power system equipment. These data are not abstractions, can not meet the requirements of power dispatcher, nor can it show the relationship between these data. As can be seen, EMS display mode, the raw data can not meet the requirements needed now, and looking for a new data grid visualization methods have become operational requirements imminent, so visualization technology intelligent early warning system will come into being. Economy is developing, and the market demand is growing, so expanding the size of the grid power system is the general trend. And, Yangquan power grid system is developing along the gradual build intelligent push direction, which with coincides the "three five" in the "big run" system. The establishment of a "big run" system makes the power grid dispatching system require more advanced technology, and building a smart electricity grid scheduling system is imperative. The need of "big run" also contributes the key factor to advance the smart grid construction.This paper discusses the basic design idea about Yangquan power grid alarm system, the basic functions it can achieve and the construction of Yangquan Power scheduling. It introduces the specific usability of visualization early warning system for real-time applications to monitor the power grid. It will analysis the system further, for visual safety warning Yangquan electricity grid, smart recovery after a failure to generate decision-making, etc., at the same time it discusses the visualization module specific embodiments. Then, the paper summarizes the research of intelligent visualization systems specific research content, the research work carried out in-depth analysis of the shortcomings discussed, and points out the direction for future development and improvement.By studying the system, the purpose is to find a reasonable and effective way to give full play to computer graphics technology to collect data during operation of the power grid, and to display the image data obtained directly through the use of different analytical algorithms from a visual graphic display. In the actual work, we established the necessary data display platform to graphically display information, such as power system operation control data grid computing and security data.